Previously we also called the ID 'Not Supported' but we decided against that for new profiles, since that would mean that if the profile ever becomes supported we'd have to do a rename of the user's file names in their settings via a version upgrade. So now the ID is as if it's supported but the user-visible name still says that it's Not Supported and the profile still becomes orange.
Contributes to issue CURA-3960.
These have not been tested or even opened yet at this point, but by the time I've pushed the commit they will be. This should fix the missing translation and inconsistent wording.
Contributes to issue CURA-3950.
These settings say the same, only the infill_overlap_mm one overwrites the infill_overlap setting. I therefore removed infill_overlap_mm so that the mm gets auto-calculated and none of the settings are overwritten any more (so they don't get greyed out).
Contributes to issue CURA-3960.
This was delivered false by the materials team. It seems that in the end they decided to not use gradual infill for PP but only made the change in UM3, not UM2+. Removing gradual infill also requires me to set the infill density to 20% (the default).
Contributes to issue CURA-3960.
And then also update the profiles to make the profiles end up at what it was originally (I confirmed this with the materials team).
Contributes to issue CURA-3960.
It was giving a warning for 0.8mm polypropylene because that was set to 0.5mm hop. It was decided that a minimum value at all for z-hop is nonsense because you can just disable z-hop without getting a warning. I'm still setting it to zero because negative will still go wrong in your print.
Contributes to issue CURA-3960.
For polypropylene a wipe distance of twice the nozzle size is fine. Even required, since the material warps so much that it breaks open automatically if a breach starts to appear at the seam. For other warping materials this could also be a problem, so let's just increase the warning value.
Contributes to issue CURA-3960.
The stand-by temperature should be 175 for these profiles because the UM3 firmware levels the bed with that temperature. It should be 100 in the quality profiles because that's what the stand-by temperature should be when standing by while the other nozzle is printing.
Contributes to issue CURA-3960.
The stand-by temperature in the material profiles is the temperature at which the build plate levelling should be done. The actual stand-by temperature in Cura should be 100, so these profiles have to overwrite the material profile then.
Contributes to issue CURA-3960.
